Silica Gel as a Sorbent and Catalyst Support: the Improvement of Technologies and the Search for Alternative Production Routes

G. Mamontov, E. Evdokimova, A. S. Savelyeva, A. Zubkov, N. Mikheeva, I. Mazov, A. Knyazev
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Abstract

Silica gels are the porous materials widely employed in both the industry and housekeeping. Domestic manufacturers produce bead and powder silica gels; however, some application fields of silica gels completely depend on the import. So it is necessary to develop technologies for their production, the introduction of which would allow replacing the imported silica gels. The paper describes methods for improving the properties of bead silica gels and new approaches to the production of powder silica gels and silica gels with the ordered pore structure. It was proposed to use inexpensive feedstock for their preparation, particularly, industrial wastes from the production of alumina – Si-stoff, and the natural material – diatomite. By controlling the parameters of deposition and formation of the silica structure it is possible to obtain silica gels with a wide range of pore structure characteristics, which could be used in various application fields.
作为吸附剂和催化剂载体的硅胶:技术改进和寻找替代生产路线
硅胶是广泛应用于工业和家政的多孔材料。国内厂家生产珠状和粉状硅胶;然而,硅胶的某些应用领域完全依赖进口。因此,有必要开发生产硅胶的技术,引进这些技术可以替代进口硅胶。本文介绍了改善珠状硅胶性能的方法,以及制备粉末硅胶和有序孔结构硅胶的新途径。建议使用廉价的原料制备它们,特别是氧化铝-硅灰生产的工业废料和天然材料硅藻土。通过控制二氧化硅结构的沉积和形成参数,可以获得具有广泛孔隙结构特征的硅胶,可用于各种应用领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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